NLC RIGGING TEST LATEST UPDATED
ANSWER 1977.5 is the strain on snatch block 1.
ANSWER 2175.3 is the tension on snatch block 2.
ANSWER 2935.9 is the tension on Snatch block 3.
ANSWER 1866.7 is the strain on snatch block 4.
ANSWER 2895.3 is the tension on snatch block 5.
How much weight does the pole have? ANSWER 2938.7
How much tension is in the haul line? - ANSWER 1075.6
The hook strain is what? ANSWER 4014.4
How tight is snatch block 1 (in illustration 2)? ANSWER 1668.3
How tight is snatch block 2 (in figure 2)? ANSWER 2251.6
This is the working load limit: ANSWER The highest weight that can be placed
on a rope to guarantee its longevity
ANSWER is the design factor. An arbitrary figure that the maker chooses
ANSWER is the catalog breaking strength. The typical force required to break a
rope, expressed in pounds
Shock Load: The rope is being harmed by the answer
Sling Tension: A REPLY rises as the sling height falls
The weight rating for separated blocks and snatch blocks is typically found -
ANSWER On the hook or shell
ANSWER 1977.5 is the strain on snatch block 1.
ANSWER 2175.3 is the tension on snatch block 2.
ANSWER 2935.9 is the tension on Snatch block 3.
ANSWER 1866.7 is the strain on snatch block 4.
ANSWER 2895.3 is the tension on snatch block 5.
How much weight does the pole have? ANSWER 2938.7
How much tension is in the haul line? - ANSWER 1075.6
The hook strain is what? ANSWER 4014.4
How tight is snatch block 1 (in illustration 2)? ANSWER 1668.3
How tight is snatch block 2 (in figure 2)? ANSWER 2251.6
This is the working load limit: ANSWER The highest weight that can be placed
on a rope to guarantee its longevity
ANSWER is the design factor. An arbitrary figure that the maker chooses
ANSWER is the catalog breaking strength. The typical force required to break a
rope, expressed in pounds
Shock Load: The rope is being harmed by the answer
Sling Tension: A REPLY rises as the sling height falls
The weight rating for separated blocks and snatch blocks is typically found -
ANSWER On the hook or shell
