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Excavator Operator Certification Exam Prep · Question

A rigging plan for a lift involving multiple slings at different angles to the vertical specifies a sling angle of 45 degrees. How does this angle affect the tension in each sling compared to a vertical (90-degree) sling angle?

As the sling angle to the vertical decreases (i.e., slings become more horizontal), the tension or stress on each sling dramatically increases to support the sa

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Question: A rigging plan for a lift involving multiple slings at different angles to the vertical specifies a sling angle of 45 degrees. How does this angle affect the tension in each sling compared to a vertical (90-degree) sling angle?

Answer options:

  • The tension in each sling decreases.
  • The tension in each sling remains the same.
  • The total lifting capacity is doubled. ✅ The tension in each sling increases significantly.

Correct answer: The tension in each sling increases significantly.

Explanation: As the sling angle to the vertical decreases (i.e., slings become more horizontal), the tension or stress on each sling dramatically increases to support the same load. This is a critical consideration in rigging calculations.

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