The rise of the robot cable industry has helped the paper industry develop. At present, the paper industry is all large equipment, which can be completed by the equipment itself. One equipment can complete the work of several people, greatly reducing the workload of staff, improving the work efficiency, and really helping the paper industry develop. Robot cable is also an indispensable product in the automotive industry. The bending resistance of robot cable is very good, and the flame retardancy and flexibility are both in the cable industry. Because robot cables have so many advantages, robot cables are also frequently used in the automotive industry.
What are the requirements for robot cables?
1. Strong signal transmission capability
The robot works mainly according to the instructions sent by the computer. However, how the computer signal can be transmitted to the machine driver mainly depends on the cable. If the cable quality is good, the transmitted signal time is short and very accurate. However, if the cable quality is poor, it will inevitably affect the signal transmission, and the robot cannot work stably and execute relevant instructions.
2. Good wear resistance
Good abrasion resistance is the requirement that the robot cable should meet, because long-term mobile use of the cable will damage the internal core wire. If the abrasion resistance of the cable is not good, it will affect the internal core wire transmission, which will make the control actuator unable to use normally, and will also cause potential safety hazards. Therefore, the robot cable selected for use must have stable and good wear resistance.
3. Bending resistance
The bending resistance of robot cable is required. Only cables with long service life can save resources and improve work efficiency. Cables with long service life are suitable for enterprises. This can meet the use needs.
Robot cables are used for multi axis robot equipment. In order to consider the multi joint, high playability bending and twisting applications of machine equipment, this kind of intelligent robot cables have excellent characteristics such as softness, wear resistance, bending resistance, torque resistance, interference resistance, etc, It is widely used as the driving force and data signal transmission cable for industrial production robot equipment.
Robot cable is used more and more widely, so it is very important to understand its application and selection. First of all, that is to say, the regulations on data signal transmission. As we all know, intelligent robots work according to the commands sent from the computer. Such commands are transmitted by robot cables. Therefore, intelligent robots not only transmit data signals quickly, but also very quickly. Secondly, the abrasion resistance of the robot cable is also particularly important. The robot cable will follow the action of the intelligent robot when it is working, and the internal twisting will have some fluctuations. Therefore, if the cable is not abrasion resistant, it will be damaged soon after a long time, which not only makes the intelligent robot unable to apply, but also has certain potential safety hazards.
Robot cables indeed have much higher requirements than ordinary cables, even highly flexible drag chain cables, and naturally have higher requirements for materials and processes. Previously, more than 95% of domestic robot cables were imported. In recent years, with the improvement of domestic materials and production processes, such as the rise of companies such as electricians, domestic robot cables have gradually been able to compete with imported robot cables.
The so-called industrial robot refers to a multi joint manipulator or a multi degree of freedom machine device oriented to the industrial field, and the industrial robot cable is an important connecting cable of the robot structure, which can be called the "blood vessel" of the industrial robot. It guarantees its continuous working power while also carrying the important role of transmitting control commands and feedback signals, Thus, the industrial robots developed today can move according to the principles of artificial intelligence technology.
