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Bridon-Bekaert Ropes Group

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

What are the smallest elements in wire ropes?

a)

Filament

b)

Strand

c)

Core

d)

Wire

2.

Which of below wire grade combination is allow when producing wire ropes according to BS EN 12385 – Part 4?

a)

Rope Grade 1770 Mpa → Wire Grade 1570 Mpa + 1770 Mpa + 2160 Mpa

b)

Rope Grade 1960 Mpa → Wire Grade 1770 Mpa + 1960 Mpa + 2160 Mpa

c)

Rope Grade 1960 Mpa → Wire Grade 1570 Mpa + 1960 Mpa + 2160 Mpa

d)

Rope Grade 1770 Mpa → Wire Grade 1960 Mpa + 1770 Mpa + 2160 Mpa

3.

Define the strands construction of below:

a)

25F Wires – 1/6+6F/12

b)

19W Wires – 1/6/6+6

c)

19S Wires – 1/9/9

d)

36WS Wires – 1/7/7+7/14

4.

What is the main purpose of the core in 6 & 8 strands rope?

a)

To increase the ropes flexibility

b)

To add strength to the rope

c)

To support the outer strands

d)

To hold lubricant within the rope

5.

What is the “sZ” means in definition:

a)

Right Hand Ordinary/Regular Lay

b)

Right Hand Lang’s Lay

c)

Left Hand Ordinary/Regular Lay

d)

Left Hand Lang’s Lay

6.

Wire ropes with 22mm in size, 1960 Mpa grade has Minimum Breaking Force of 338kN. How much it’s Minimum Breaking Load?

a)

34.45 Metric Tones

b)

3,315.78 Metric Tones

c)

338.00 Metric Tones

d)

None of the above

7.

Which of the below wire ropes is NON-ROTATING ROPE?

a)

6 & 8 Series

b)

Dyform 6

c)

Constructex

d)

Dyform 34LR PI

8.

Hookes Law – stress is proportional to strain until the limit of proportionality is reach, referring to?

a)

Initial or Permanent Constructional Extension

b)

Elastic Stretch

c)

Permanent Extension

d)

Equilibrium Extension

9.

Which of the below statement is correct?

a)

Torques: Being generates by applied force when both end free

b)

Turn: Being generates by applied load when both end free to rotate

c)

Turn: Being generates by applied torque when both end free to rotate

d)

Torques: Being generates by applied force when both end fixed

10.

Below are the three methods for testing the Minimum Breaking Load (MBL) as stated in BS EN 12385, EXCEPT?

a)

Method 1 – Pull to break, exceeding the MBL in standard

b)

Method 2 – Adding together all MBL of the individual wire

c)

Method 3 – Adding together all MBL of the individual wires after it’s been removed from

the rope (post spin)

d)

Method 4 – Reverse calculation based on actual breaking load on field application