Pepperl+Fuchs explains how its robust PUR-R cables significantly reduce the risk of machine and equipment failure, increasing process security and making it possible to reduce operating costs sustainably.
Robots are used in almost all industrial sectors where work is too difficult, dangerous, or harmful to humans. In the course of its life, each robot performs millions of repetitive working processes and moves the largest of loads. Evermore complicated production lines are increasing the complexity of the movement sequences for individual robots, resulting in extreme bending and rotating movements. These movements increase the demands placed on the connection technology that powers the robot and ensures data is exchanged.
The performance of each component is crucial in production processes with a high level of automation. A reliable power supply and guaranteed exchange of data play a particularly important role. The connection technology that is used must be designed to meet the specific demands of robotic applications. It must be able to withstand extreme mechanical stress and often needs to demonstrate excellent resistance to high temperatures, oils, and chemicals. The connection technology must be adapted to the generally very limited space and the specifics of individual applications. Custom manufacturing is essential.
The specially adapted connectivity portfolio for robotic applications from Pepperl+Fuchs offers highly flexible cables for drag chain applications and torsion applications. Durable PUR-R cables able to withstand temperatures from -25 to +80°C are used. In drag cables, this solution will last for at least ten million cycles and can be twisted by ± 360° per meter over ten million times. These cables can be manufactured individually and are available with a degree of protection of up to IP69. Their UL approval means they can be used in the USA.
Using the extremely robust PUR-R cables from Pepperl+Fuchs significantly reduces the risk of machine and equipment failure, increasing process security and making it possible to reduce operating costs sustainably.