Overcoming Cable Problems in Dynamic Motion Control Applications with Balluff's Wireless IO-Link

Corey Foster || Valin Corporation

Overcoming Cable Problems in Dynamic Motion Control Applications with Balluff's Wireless IO-Li

In the realm of industrial automation, some applications pose significant challenges that traditional wired IO-Link systems struggle to address effectively. One such application is dynamic motion control in robotics and transport systems. The constant movement and flexibility required in these environments make wired connections impractical due to the risk of cable fatigue, wear and tear, and the complexities involved in installation and maintenance.  This is where Cable Management Basics comes in.

Consider a robotic arm or gantry system that performs precise tasks across multiple axes of motion. Traditional wired connections can be a major hindrance in such scenarios. The constant bending and twisting of cables can lead to frequent breakages and signal loss. Additionally, the installation process becomes cumbersome and time-consuming, impacting overall productivity. This challenge is not limited to robotics; any application involving dynamic motion, such as automated guided vehicles (AGVs) or moving machinery, faces similar issues with wired systems.

The Solution: Balluff’s Wireless IO-Link System

Download Balluff IO-Link Performance Portfolio and Balluff IO-Link Introduction datasheet to learn more.

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