How to avoid most common errors for Linear Motors - FAULHABER Drive Time скачать в хорошем качестве

How to avoid most common errors for Linear Motors - FAULHABER Drive Time

Are you experiencing problems with a linear motor? Let's have a look at the most common errors that can occur in drive systems with linear motors. What you can expect in this episode: Our linear motors expert Mario Zecchin will talk about the most common errors with linear motors and how to avoid them in order to maximize the efficiency and service life of your drive system. Find out about what you have to consider in terms of wiring and supply voltage, why long wires or a small distance between motors could cause problems or what could happen if there's magnetic attraction between the screw and the rod. Our expert will also explain how you can recognize damage in the Hall sensors. 🎬 Video chapters 0:00 Intro 0:05 Welcome 0:40 Most common errors to avoid 5.08 Summary 💡 Further useful resources: How to avoid most common errors for Brushless Motors - FAULHABER Drive Time:    • How to avoid most common errors for Brushl...   How to avoid most common errors using Encoder - FAULHABER Drive Time:    • How to avoid most common errors using Enco...   About the speaker: Mario Zecchin obtained a Master's degree in Applied Electronics Engineering and joined FAULHABER in 2007 as product manager motion control. Since 2013, he works as senior sales engineer. Are you still looking for the perfect drive system for your application? Have a look at our online catalogue: https://www.faulhaber.com/en/products/ ℹ️ Follow our YouTube channel for more application advice on drive systems from FAULHABER. From the selection of the right motor for your project to frequently asked questions around our products or the solution to a particular problem. 🏆 FAULHABER is among the TOP 100 innovators We have been honored with the TOP 100 award for the fifth time. We were able to achieve high scores in the category "Innovation-promoting top management", among others. #DriveTime #FAULHABER #LinearMotors