Cable Grip
0102030405
Change Line Cable Grip Type RA
Product Parameters
| Model | Size Range | Total length | Breaking load |
| RA-11 | 45515 | 1040 | 400 |
| RA-13 | 45609 | 1210 | 800 |
| RA-16 | 13-16 | 1410 | 800 |
| RA-21 | 16-21 | 1520 | 1100 |
| RA-25 | 21-25 | 1920 | 1300 |
| RA-30 | 25-30 | 2020 | 2100 |
| RA-35 | 30-35 | 2480 | 2400 |
| RA-42 | 35-42 | 2680 | 2800 |
| RA-50 | 42-50 | 3280 | 3300 |
| RA-60 | 50-60 | 3280 | 6000 |
| RA-70 | 60-70 | 2650 | 8000 |
| RA-80 | 70-80 | 3320 | 9000 |
| RA-90 | 80-90 | 3450 | 9000 |
| RA-100 | 90-100 | 3650 | 9000 |
| RA-110 | 100-110 | 3900 | 9600 |
Core Type Classification
01
7 Jan 2019
The change-of-line net sleeve has multiple core type classifications to meet different needs. This includes single-core type, which is suitable for hoisting and operating a single cable and provides stable support and protection by closely fitting the cable. There is also multi-core type, which is suitable for hoisting multiple cables simultaneously and can orderly accommodate multiple cables, making it convenient for centralized management and operation, and effectively preventing the cables from becoming tangled with each other.
Steel Wire Diameter
01
7 Jan 2019
The specifications of the steel wire diameter are diverse, ranging from finer steel wire ropes used for lightweight cables or scenarios with high flexibility requirements to thicker steel wire ropes used for heavy-duty cables or in complex and harsh environments. The different diameters of steel wire ropes directly determine the load-bearing capacity and strength of the change-of-line net sleeve, and users can choose the appropriate steel wire diameter based on the weight, length, and complexity of the cables in their actual work.
Precautions
Use and Operation
When using the change-of-line net sleeve for operation, it is essential to ensure that it is properly installed on the cable. Operators should first evenly unfold the net sleeve and then slowly slip it over the cable that needs to be replaced or hoisted, avoiding any deformation or damage to the net sleeve caused by forceful pulling. During the pulling process, maintain a uniform pulling force and stable direction to prevent the cable from swaying or twisting within the net sleeve, thereby avoiding damage to the cable. At the same time, avoid letting the net sleeve come into contact with sharp objects, such as metal edges and sharp tools, to prevent the steel wire from being scratched.
Inspection and Maintenance
Regular inspection of the change-of-line net sleeve is a key factor in ensuring its safe and reliable use. Before each use, carefully inspect the appearance of the net sleeve, looking for broken, worn, or deformed wires. If there are only a few damaged wires, assess their impact on overall performance. For severely damaged net sleeves, they must be replaced immediately. If you notice unusual jams or increased resistance during use, stop operating and inspect the net sleeve. Additionally, even if there are no obvious signs of damage, it is recommended to conduct a thorough inspection and maintenance after a certain number of uses.
Product Features
Materials and Structures
The change-of-line net sleeve is usually made of high-strength steel wire rope material, which has excellent tensile strength and toughness and can withstand large forces to ensure safety during cable lifting and pulling operations. Its structure is designed cleverly, consisting of multiple steel wire ropes woven together in a way that has been carefully designed to form a tight and elastic network structure. This structure not only effectively wraps the cable but also distributes the force evenly when under load, avoiding stress concentrating in one place that could cause the steel wire to break.
Flexibility and coordination
The change-of-line net sleeve has excellent flexibility, being able to adapt to various shapes and routes of cables. Whether it is being dragged along in a straight line, making a turn, or operating in a complex spatial environment, it can closely adhere to the cable and change with the shape of the cable. When used with lifting equipment or tools, the change-of-line net sleeve also shows good coordination. For example, when working with cranes, hoists, etc., it can match the operating rhythm of these devices to ensure a smooth and efficient cable lifting process.
Safety
In terms of safety, the change-of-line net sleeve provides reliable protection for the cable. It can prevent the cable from mechanical damage during lifting operations, such as collisions and friction. At the same time, its stable structure and high-strength material can ensure that the cable will not fall off during lifting operations, ensuring the safety of personnel and equipment on the construction site. In addition, in some special environments, such as high-altitude operations and operations in confined spaces, the safety advantage of the change-of-line net sleeve is more prominent, effectively reducing the risk of accidents.