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Whitepaper: Simulation technology in drive dimensioning

Challenge of too long motor cable – and how the problem can be solved elegantly with a DC link filter

Intelligent drive technology

Servo-hydraulics: Detecting wear and extending life

Virtual commissioning for servo hydraulics – new possibilities in drive simulation

Electric drive concept for injection molding machines

Minimal downtimes in the event of a fault

Team from the TU Munich wins international competition

Green in Motion: Eight examples of sustainable and energy-efficient drive technology

Basics: Oscilloscope

Basics: Resolver

Basics: Control process

Basics: Electric motor

Save energy with energy-efficient plasticizing drives

High-performance drive solutions for clamping and injection units

Conserve resources with powerful drives – Energy efficiency with direct drive technology

Water-cooled electric motors – In which cases do they make sense? Things to consider

Whitepaper: Drive simulation as a silver bullet

Smart Optimization: IoT shortens development time in drive design

Basics: What is the cogging torque?

Smart Monitoring: Machine data in real time from the drive

Basics: The servo motor – how it works, its properties, areas of use

Smart Operation Point: Mastering power peaks in electrical machines and plants

Basics: The servo controller – intelligent intermediaries in automated servo systems

Webcast: Efficient drive technology versus rising energy costs – solutions using the example of the plasticizing drive

Smart Protection: Do you want to cut energy costs? – Simulation helps!

Basics: Calculating drive torque – theory and practical application

Webcast: Higher performance through drive simulation of servo hydraulics

The Best of Both Worlds: Combine Hydraulic and Servo Technology and Save Up To 50% of Energy Costs

Smart Protection: Problems with your motor design? – Simulation helps!

Basics: Torque in motors

Smart Protection: Short time window for commissioning? – Simulation helps!

Webcast: Detect changes in the machine drive without external sensors and measurement technology – in real time

Basics: The synchronous motor characteristic

Switching to servo-hydraulics: A brief guide to the system

Smart Protection: Making controller settings without risk? – Simulation helps!

Basics: Field weakening

Smart Protection: A high load-inertia ratio leads to vibrations?! – Simulation helps!

Webcast: Coping with power peaks – without oversizing

Basics: Motor winding

How to integrate a direct drive into your machine: Installation options for torque motors

Webcast: Digital Twin - A buzzword becomes reality

Basics: Structure and components of a servo motor

Baumüller Smart Value – Smart Drives for Industry 4.0

Motor damage from oscillation, vibration or shocks? It doesn't have to be like this.

Webcast: Save time & costs: The digital twin in the engineering process

Basics: Direct current links

Smart Protection: Avoiding machine damage in gantry applications

Webcast: Motor damage from oscillation, vibration or shocks? It doesn't have to be like this

Basics: Moment of inertia

Smart Tuning: Automatic controller optimization for higher process quality

Machine Optimization in Simulation

Webcast: Low-maintenance drive technology for difficult production conditions

Smart Quality: Uniform running at low speeds

Time to make the change – Understanding and successfully implementing direct drive technology

Webcast: Data, data, data and no end in sight - Fieldbuses take the load off with Drive Intelligence

Smart Protection: Pump monitoring in the drive increases the machine life

Webcast: Successfully integrating direct drive technology in your machines

Low-maintenance drive technology for difficult production conditions - Concepts for servo motors and servo converters

Webcast: Efficiency in sight! Hybrid or electric ship propulsion isn't rocket science

Webcast: Detecting and preventing wear in servo hydraulics

Webcast: When does a change to servo-hydraulic pump drives make sense?