How to get the maximum performance from your drive system

English German

Most motors currently used in applications are oversized. FAULHABER motors can be overloaded for a period of time to achieve maximum performance and do the same job as larger motors. This allows a smaller and cheaper drive system to be used instead of larger motors to perform the same tasks.

In this webinar you will see how small drive systems can be used to maximise performance in terms of efficiency, power, speed, torque or lifetime, with selection examples based on real applications.

video

Webinar: How to get the maximum performance from your drive system

Language: English

Esperto

Mario Zecchin

Product Manager

mario.zecchin@faulhaber.com

After obtaining a Master in Applied Electronics Engineering from University of Padua, Mario Zecchin worked as development engineer for Micromotori Elettrici Svizzera SA, Stabio, responsible for automotive headlamp actuators, followed by holding a position as scientific mechatronics staff at Scuola Universitaria Professionale della Svizzera Italiana (SUPSI), collaborating with Swiss industries for innovative projects. Zecchin joined FAULHABER MINIMOTOR SA in 2007 as product manager motion control, then as senior sales engineer and now as Engineer Digital Sales and Systems.

video

Webinar: Wie holen Sie die maximale Leistung aus Ihrem Antriebssystem

Language: German

Topics:

Know your requirements
Drive system working points
How to maximise efficiency for long battery life
How to operate in the maximum power range
How to operate in the maximum speed range
How to operate in the maximum torque/force range
How to achieve longer drive system lifetime

Esperto

Julia Binder

Inside Sales Engineer

julia.binder@faulhaber.de

Julia Binder graduated from DHBW Horb in 2022 with a Bachelor of Engineering degree in industrial engineering. Since October 2022, she is part of the FAULHABER Sales Team Germany. Here she supports technical sales in equipping our customers' innovative ideas with the right drive concept.