Question 1 of 9 1. Question Category: Capacity The capacity of a two leg bridle at a 30 degree angle of loading (horizontal sling angle) is: • Same as single leg • More than single leg • Less than single leg Question 2 of 9 2. Question Category: Capacity The capacities shown on Panel 5 are for: • IWRC, 6 X 19 and 6 X 36 - wire rope slings • FiberCore, 6 X 19 and 6 X 36 - wire rope slings • Galvanized strand Question 3 of 9 3. Question Category: Capacity The single leg (straight-line hitch) capacity of a 1/2″ wire rope sling (EIP) is: • 5,000 pounds or 2.5 Tons • 3,800 pounds of 1.9 Tons • 6,400 pounds or 3.2 Tons Question 4 of 9 4. Question Category: Capacity The choker capacity of a single 5/8″ wire rope sling (EIP) is: • 10,000 pounds or 5.0 Tons • 7,800 pounds or 3.9 Tons • 5,800 pounds or 2.9 Tons Question 5 of 9 5. Question Category: Capacity The basket hitch capacity of a 3/4″ wire rope sling (EIP) can be as high as: • 19,400 pounds or 9.7 Tons • 22,000 pounds or 11 Tons • 30,000 pounds or 15 Tons Question 6 of 9 6. Question Category: Capacity The capacity of a two leg bridle at a 60 degree angle of loading (horizontal sling angle), using 1″ (EIP) wire rope is: • 28,000 pounds or 14 Tons • 34,000 pounds or 17 Tons • 26,000 pounds or 13 Tons Question 7 of 9 7. Question Category: Capacity The capacity of a two leg bridle at a 45 degree angle of loading (horizontal sling angle), using 1″ (EIP) wire rope is: • 26,000 pounds or 13 Tons • 34,000 pounds or 17 Tons • 28,000 pounds or 14 Tons Question 8 of 9 8. Question Category: Capacity To support an 18 Ton load with a two leg bridle at 60 degrees you would need: • Two 7/8" wire rope slings (EIP) • Two 1" wire rope slings (EIP) • Two 1-1/8" or bigger wire rope slings (EIP) Question 9 of 9 9. Question Category: Capacity To support a 10 Ton load with a two leg bridle at 30 degrees you would need: • Two 3/4" wire rope slings (EIP) • Two 1" wire rope slings (EIP) • Two 1-1/8" or bigger wire rope slings (EIP)
Question 1 of 9
1. Question
Category: Capacity
The capacity of a two leg bridle at a 30 degree angle of loading (horizontal sling angle) is:
• Same as single leg
• More than single leg
• Less than single leg
Question 2 of 9
2. Question
Category: Capacity
The capacities shown on Panel 5 are for:
• IWRC, 6 X 19 and 6 X 36 - wire rope slings
• FiberCore, 6 X 19 and 6 X 36 - wire rope slings
• Galvanized strand
Question 3 of 9
3. Question
Category: Capacity
The single leg (straight-line hitch) capacity of a 1/2″ wire rope sling (EIP) is:
• 5,000 pounds or 2.5 Tons
• 3,800 pounds of 1.9 Tons
• 6,400 pounds or 3.2 Tons
Question 4 of 9
4. Question
Category: Capacity
The choker capacity of a single 5/8″ wire rope sling (EIP) is:
• 10,000 pounds or 5.0 Tons
• 7,800 pounds or 3.9 Tons
• 5,800 pounds or 2.9 Tons
Question 5 of 9
5. Question
Category: Capacity
The basket hitch capacity of a 3/4″ wire rope sling (EIP) can be as high as:
• 19,400 pounds or 9.7 Tons
• 22,000 pounds or 11 Tons
• 30,000 pounds or 15 Tons
Question 6 of 9
6. Question
Category: Capacity
The capacity of a two leg bridle at a 60 degree angle of loading (horizontal sling angle), using 1″ (EIP) wire rope is:
• 28,000 pounds or 14 Tons
• 34,000 pounds or 17 Tons
• 26,000 pounds or 13 Tons
Question 7 of 9
7. Question
Category: Capacity
The capacity of a two leg bridle at a 45 degree angle of loading (horizontal sling angle), using 1″ (EIP) wire rope is:
• 26,000 pounds or 13 Tons
• 34,000 pounds or 17 Tons
• 28,000 pounds or 14 Tons
Question 8 of 9
8. Question
Category: Capacity
To support an 18 Ton load with a two leg bridle at 60 degrees you would need:
• Two 7/8" wire rope slings (EIP)
• Two 1" wire rope slings (EIP)
• Two 1-1/8" or bigger wire rope slings (EIP)
Question 9 of 9
9. Question
Category: Capacity
To support a 10 Ton load with a two leg bridle at 30 degrees you would need:
• Two 3/4" wire rope slings (EIP)
• Two 1" wire rope slings (EIP)
• Two 1-1/8" or bigger wire rope slings (EIP)