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The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

The kind of machine can be used for the stringing of double conductor LGJ-630 and below mainly in mountain areas and foothills

:before turning on the machine,you must turn on the clutch first and put the racker for crosspiece-changing in the zero position

1.Prevent winding and tangling druing pull
2.Must not pass through bull wheel on puller
3.Select the swivel with a suitable working load
4.Safety

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d

1-high flexibility.
2-complete stability to rotation.
3-homogeneous distribution of pressure between the elementary wires.
4-increased efficiency d