Connecticut (CT) Hoisting Equipment Operator Exam Questions With Correct Answers Verified Instant Download Pdf

1. A crane operator notices a small leak in the hydraulic boom cylinder. The correct action is to: A) Continue operating but check fluid levels hourly B) Seal the leak with epoxy as a temporary fix C) Tag the crane out of service and report the leak for repair D) Reduce load capacity by 25% and proceed Answer: C – Hydraulic leaks can lead to sudden loss of pressure and boom drop. OSHA and CT regulations require taking the crane out of service until properly repaired. 2. The maximum wind speed for operating a tower crane with a luffing jib, per typical manufacturer limits, is: A) 15 mph B) 25 mph C) 40 mph D) No limit if loads are under 50% capacity Answer: B – Most tower crane manufacturer specs limit luffing jib operation to 25 mph (approx. 11 m/s) due to increased side forces. CT adopts ANSI/ASME B30 standards. 3. When using a hydraulic truck crane with outriggers fully extended, the operator must ensure: A) Outrigger floats are on cribbing only on asphalt B) Outrigger beams are locked and pads bear evenly on firm ground C) Tires remain fully inflated to support load D) Outriggers are partially retracted to reduce tipping moment Answer: B – Locked beams prevent retraction, and even bearing on firm groundprevents punch-through. CT law requires outriggers on adequate supporting surfaces. 4. A load chart for a crawler crane shows a lift capacity of 25,000 lbs at a 50-foot radius with 100 feet of boom. If actual radius is 55 feet, capacity: A) Increases slightly due to longer boom B) Remains the same if within 10% C) Decreases; always consult the chart for exact radius D) Is not affected if crane level Answer: C – Load charts are radius-specific. At larger radius, capacity almost always decreases due to reduced stability and structural limits. 5. The term "duty cycle" in hoisting operations refers to: A) The ratio of lift time to idle time in an 8-hour shift B) Repeated lifting of heavy loads with specialized attachments like clamshells C) The number of daily pre-start inspections D) The time to fully extend the boom Answer: B – Duty cycle operation involves repetitive lifts using attachments such as magnets, clamshell buckets, or grapple. CT regulations require additional wear inspection for such use. 6. A signal person gives a "dog everything" hand signal. The operator should: A) Increase speed to complete the lift quickly B) Immediately stop all crane movements C) Slowly lower the load to the ground D) Wait for voice confirmation Answer: B – "Dog everything" is an emergency stop command. All crane motions must cease until further signals are given, as per ANSI/ASME B30 hand signal standards. 7. Before rotating the upper structure of a lattice boom crawler crane, the operator must: A) Always fully retract the boom B) Ensure swing radius is clear of personnel and obstructionsC) Lower the load to the ground D) Engage the anti-two-block device Answer: B – The swing radius is a crushing hazard. CT law requires barricades or warning systems and visual check by operator or spotter. 8. Rated capacity for a crane on outriggers is based on: A) Tires supporting partial weight B) Crane being perfectly level within 1% of grade C) Wind speed below 10 mph D) Boom angle above 60 degrees Answer: B – Load charts assume level condition (within 1% grade). Side slope reduces stability; CT requires cribbing and leveling before lift. 9. An operator finds the anti-two-block warning light is not working during prestart inspection. What must be done? A) Operate carefully, avoiding two-blocking by eye B) Disable the alarm and use a spotter C) Tag crane defective and do not operate D) Reduce maximum hook height by 5 feet Answer: C – Anti-two-block devices are critical safety systems. CT regulations (RCSA 31-382) require them operational; failure mandates out-of-service tagging. 10. When lifting a concrete bucket, the operator should position the load line directly over: A) The bucket's rear edge B) The bucket's center of gravity C) The nearest corner for stability D) The handle only Answer: B – Centering the load line over the center of gravity prevents swinging and reduces stress on rigging. CT exam stresses COG awareness. 11. Which of the following loads requires a critical lift plan? A) Any load over 50% of capacity B) Loads requiring two cranesC) Loads less than 10,000 lbs D) All lifts on Friday afternoons Answer: B – Multiple crane lifts are critical lifts due to load sharing and complex rigging. CT OSHA requires written plan and qualified rigger for tandem lifts. 12. A crane's boom angle indicator shows 30 degrees, but the actual measured angle is 28 degrees. This means: A) Indicator is accurate enough for all lifts B) Load chart based on 30 degrees may be invalid by up to 15% capacity C) No action needed if load is under 90% capacity D) Retract boom to correct angle Answer: B – A 2-degree error can significantly reduce capacity at longer radii. CT requires calibrated boom angle indicators checked daily. 13. When operating near overhead power lines rated 50 kV, the minimum clearance required by CT OSHA (adopted from federal) is: A) 2 feet B) 5 feet C) 10 feet D) 15 feet Answer: C – For lines 50 kV or below, minimum clearance is 10 feet. CT adopts 29 CFR 1926.1408. Higher voltages require greater distances. 14. The purpose of a load moment indicator (LMI) is to: A) Measure the weight of the load B) Warn when crane approaches overturning or structural limit C) Automatically level the crane D) Record total tonnage lifted per shift Answer: B – LMI monitors boom angle, radius, load weight, and warns or cuts off before exceeding rated capacity. Required on most cranes in CT. 15. If a crane is set up on frozen ground and temperatures rise above freezing, the operator should: A) Ignore, as frost is still solidB) Immediately lower the boom and check outrigger pads for settling C) Increase load capacity due to softer ground D) Add more cribbing on one side only Answer: B – Thawing ground can cause uneven settling and tip-over. Re-inspect supports and relevel as needed per CT safety guidelines. 16. Which condition would most likely cause a hydraulic crane to tip forward? A) Extending the boom while loaded, radius increasing B) Retracting the boom while loaded C) Lowering the load too fast D) Swinging into the wind Answer: A – Extending boom increases radius, reducing forward stability. CT exam emphasizes load radius as critical tipping factor. 17. A qualified operator candidate must, under CT regulations, have: A) A high school diploma B) A valid driver's license C) Certification by NCCCO or equivalent accredited body D) 5 years of experience without certification Answer: C – CT requires National Commission for the Certification of Crane Operators (NCCCO) certification or state-approved equivalent for most hoisting equipment. 18. When using a tagline to control load rotation, the tagline should be: A) Made of steel cable for strength B) Made of non-conductive material if near electrical hazards C) Attached to the load hook D) At least 50 feet long Answer: B – Non-conductive taglines (e.g., synthetic rope) are required when working near power lines to prevent electrocution path. 19. A crane's maximum working load for a wire rope sling is 10,000 lbs with a vertical hitch. If used in a choker hitch, the capacity is reduced by approximately: A) 10%B) 25% C) 50% D) No reduction Answer: B – Choker hitch reduces capacity by about 25% due to bending stress and uneven load distribution. CT rigging exam covers hitch factors. 20. The required distance from the edge of an excavation when placing crane outriggers is at least: A) Equal to the depth of the excavation B) 2 feet C) 5 feet D) 10 feet Answer: A – General rule: set back at least the depth of excavation to prevent cave-in under outrigger loads. CT regulation references OSHA 1926.1402. 21. What does "two-blocking" refer to? A) Using two different rigging hitches B) The load block contacting the boom tip sheaves C) Lifting two separate loads at once D) Two cranes sharing a load Answer: B – Two-blocking occurs when hook block hits boom tip, causing possible rope break or boom damage. Anti-two-block device prevents this. 22. Before making a lift with a lattice boom crane, the operator must verify: