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NCCCO Rigging Level 1 and 2 Certification Exam Review Questions and Answers, Exams of Mechanical Engineering

A comprehensive review of the nccco rigging level 1 and 2 certification exam, covering key topics such as osha standards, asme guidelines, load angle factors, wire rope and sling inspection criteria, design factors for various rigging equipment, and responsibilities of site supervisors and lift directors. The document aims to help candidates prepare for the certification exam by presenting a detailed question-and-answer format that covers a wide range of rigging-related knowledge and best practices. With a focus on 100% pass rate and a graded a+ score, this resource is designed to equip aspiring riggers with the necessary information and understanding to successfully navigate the nccco certification process.

Typology: Exams

2024/2025

Available from 09/21/2024

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NCCCO Rigging Level 1 and 2 Certification
Exam Review Questions and Answers
100% Pass | Graded A+
David Mungai [Date] [Course title]
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Download NCCCO Rigging Level 1 and 2 Certification Exam Review Questions and Answers and more Exams Mechanical Engineering in PDF only on Docsity!

NCCCO Rigging Level 1 and 2 Certification

Exam Review Questions and Answers

100% Pass | Graded A+

David Mungai [Date] [Course title]

NCCCO Rigging Level 1 and 2

Certification Exam Review Questions

and Answers 100% Pass | Graded A+

OSHA 1910 - Answer>> General Industry Standards OSHA 1926 - Answer>> Construction Industry Standards OSHA 1910.180 - Answer>> Crawler, Locomotive and Truck Cranes OSHA 1910.184 - Answer>> Slings OSHA 1926.251 - Answer>> Rigging Equipment used for material handling OSHA 1926.1400 - Answer>> Cranes and Derricks used in construction ASME B30.3 - Answer>> Tower Cranes ASME B30.5 - Answer>> Mobile and Locomotive Cranes ASME B30.9 - Answer>> Slings ASME B30.10 - Answer>> Hooks ASME B30.20 - Answer>> Below the hook lifting devices ASME B30.23 - Answer>> Personnel lifting devices ASME B30.26 - Answer>> Rigging Hardware

Design factor allot steel chain slings - Answer>> 4: Wedge socket - Answer>> Reduces rope efficiency by 20% Wire rope clips - Answer>> Reduces rope efficiency by 20% Design factor metal mesh slings - Answer>> 5: Design factor shackles up to 150 T - Answer>> 5: Design factor shackles over 150 T - Answer>> 4: Diameter of object placed in eye of wire rope sling - Answer>> No larger than 1/2 length of the eye Diameter of object placed in eye of synthetic web sling - Answer>> No larger than 1/3 length of the eye Manually operated cable lever hoist - Answer>> Come along Max included angle vertical (shackle) - Answer>> 120* Max includes angle vertical (slings on hook) - Answer>> 90* Who performs Rigging inspection (OSHA) - Answer>> Competent person Who performs Rigging inspection (ASME) - Answer>> Designated person Polypropylene web sling max temp - Answer>> 200

Site Supervisor - Answer>> Ensures conditions that may adversely affect crane operations 10 rope diameters - Answer>> Minimum allowable length between splices on cable laid and 6x19 wire rope slings Site supervisor - Answer>> Responsible for ensuring the crane meets site requirements prior to initial use on site Lift director - Answer>> Responsible for appointing the signal person and communicating it to crane operator Lift director - Answer>> Responsible for ensuring all personnel involved in crane operations knows and understands their assigned duties, responsibilities, and associated hazards that pertain to the operations Full included angle of fixed block increases, pressure will... - Answer>> Decrease Deduction rating if side load shackle at 90* - Answer>> 50% Purpose of wide body shackle - Answer>> Assist D/d ratio Biggest aspect to consider when jacking and rolling a load - Answer>> Control of the load #1 factor that will degrade synthetic sling the fastest - Answer>> Sunlight/UV light Shackle to use on long term installations - Answer>> Safety/Bolt shackle