Change Line Cable Grip Type RB

Surface State
The surface of the change-of-line net sleeve is typically smooth. This design minimizes friction during use, whether in contact with the hoisted object's surface or when passing through pipes and holes. The smooth surface ensures seamless movement and prevents unnecessary wear on the cable or related components.

Core Type Classification
The change-of-line net sleeve is available in various core types to cater to different needs:
Single-Core Type: Ideal for hoisting and operating a single cable, providing stable support and protection by closely fitting the cable.
Multi-Core Type: Suitable for hoisting multiple cables simultaneously, accommodating them in an orderly manner. This facilitates centralized management, prevents cable entanglement, and streamlines operations.

Steel Wire Diameter
The steel wire diameter specifications vary:
Fine Steel Wire: Used for lightweight cables or scenarios requiring high flexibility.
Thicker Steel Wire: Employed for heavy-duty cables or in complex, harsh environments. The diameter directly affects the load-bearing capacity and strength of the net sleeve. Users should select the appropriate diameter based on the weight, length, and complexity of the cables involved.

product details

Product Parameters

Change line cable grip

Mainly used for the replacement of wire rope or cable,when using,one end connected new cable,one end connected old cable,replaced the old cable through the rotation of the crane or hoist.It also can be used for protection cable,hose,pipe and so on.The materials of cable grip can be divided into hot-dip galvanized, stainless steel 304, and stainless steel 316

Model	Size Range	Total length	Breaking load
RB-11	8-11	1040	400
RB-13	11-13	1210	800
RB-16	13-16	1410	800
RB-21	16-21	1520	1100
RB-25	21-25	1920	1300
RB-30	25-30	2020	2100
RB-35	30-35	2480	2400
RB-42	35-42	2680	2800
RB-50	42-50	3280	3300
RB-60	50-60	3280	6000
RB-70	60-70	2650	8000
RB-80	70-80	3320	9000
RB-90	80-90	3450	9000
RB-100	90-100	3650	9000
RB-110	100-110	3900	9600

Precautions

7 Jan 2019

Use and Operation

To ensure proper use:

1.Install the net sleeve correctly on the cable.

2.Evenly unfold the net sleeve and gently slip it over the cable to avoid deformation or damage.

3.Maintain a uniform pulling force and stable direction during use to prevent cable swaying or twisting.

4.Keep the net sleeve away from sharp objects to prevent scratching the steel wire.

7 Jan 2019

Inspection and Maintenance

Regular inspection is crucial for safe and reliable use:

1.Before each use, check for broken, worn, or deformed wires.

2.Assess the impact of minor damage and replace severely damaged sleeves immediately.

3.Stop operation if unusual jams or increased resistance are noticed, and inspect the net sleeve.

4.Conduct thorough inspections and maintenance after a certain number of uses, even if there are no obvious signs of damage.

Product Features

Materials and Structures

The net sleeve is usually made from high-strength steel wire rope, offering excellent tensile strength and toughness. Its carefully designed structure consists of multiple woven steel wire ropes forming a tight, elastic network. This structure wraps the cable effectively and evenly distributes the load, preventing stress concentration that could lead to wire breakage.

Flexibility and Coordination

The net sleeve boasts excellent flexibility, adapting to various cable shapes and routes. It adheres closely to the cable, whether being dragged straight, turning, or operating in complex environments. It also coordinates well with lifting equipment, such as cranes and hoists, ensuring a smooth and efficient cable lifting process.

Safety

The net sleeve provides reliable protection for the cable, preventing mechanical damage during lifting operations, such as collisions and friction. Its stable structure and high-strength material ensure the cable does not fall off during lifting, safeguarding personnel and equipment. This safety advantage is particularly significant in high-altitude and confined space operations, effectively reducing the risk of accidents.