Precise Control for Highest Demands: Servo Drives with Brake and Encoder Feedback
Maximum performance and safety in your drive systems – thanks to the intelligent combination of brake and encoder. What are the main advantages of a brake with encoder feedback for servo drives? The combination allows highest precision in positioning and motion control as well as reliable holding of loads, especially with vertical axes or in […]
DC Motor Control: Precise Performance for Your Drive Technology
The ultimate guide to selecting, controlling, and optimizing DC motors What is the most efficient method for controlling DC motors? Die Pulse Width Modulation (PWM) is the most efficient method. It allows for a nearly lossless speed control, as the motor is controlled by rapidly switching the voltage on and off, resulting in efficiencies of […]
Revolution in Industrial Vacuum Cleaners: Synchronous Reluctance Motors for Highest Efficiency?
How ATEK Drive Solutions increases cleaning performance and energy efficiency with innovative drive technology. What specific efficiency advantages do synchronous reluctance motors (SynRM) offer for our industrial vacuums compared to conventional motors? SynRM achieve the highest energy efficiency classes like IE5, which can lead to significant energy savings. In partial load operation, which often occurs […]
IP67 Servomotors for Wet Cleaning: Maximum Performance, Minimum Downtime!
Discover how our robust IP67 servo motors revolutionize your production processes in demanding environments. What does the IP67 protection class mean for servo motors and why is it critical for wet cleaning? IP67 means that a servo motor is completely dust-tight (first digit ‘6’) and provides protection against occasional immersion in water up to 1 […]
Revolution in the Drive Train: Integrated Inverter Gear Boxes for Highly Efficient Energy Recovery
Maximize your energy efficiency with ATEK’s innovative solutions for energy recovery systems What are the main advantages of an integrated inverter gear motor for my company in mechanical engineering? For your company in mechanical engineering, an integrated inverter gear motor offers significant space savings due to its compact design, a higher system efficiency through optimized […]
Buy Electric Motors: How to Find the Perfect Drive for Your Application!
Comprehensive guide for companies: selection, configuration, and custom solutions. What should I consider when purchasing an electric motor besides power and voltage? Be sure to pay attention to the correct mechanical integration (size, flange), the appropriate IP protection class for the environmental conditions (e.g., IP55 for industry, IP67 for humidity) and the required starting torque […]
12V Motors: The Compact Power for Your Drive Solution – Discover Now!
Applications, selection criteria, and ATEK solutions for your specific requirements. When is a 12V motor the optimal choice for industrial drive solutions? Ein 12V motor is ideal for applications that are battery-operated , require compact sizes or where a simplified safety architecture is advantageous due to low voltage. This often applies to mobile robotics, autonomous […]
Calculate Electric Motor Power: How to Maximize Your Drive Efficiency!
The ultimate guide to power calculation, formulas, and practical tips for engineers and machine builders. What is the most important formula for calculating the power of an electric motor for industrial applications? For rotating systems, the formula P (kW) = (Torque (Nm) * Speed (rpm)) / 9550 is central. For three-phase motors, also P = […]
Pole-switchable Motors: The Flexible Drive Solution for Your Industrial Application
Find out how you can efficiently control speeds with pole-switchable motors and save costs. What is a pole-switchable motor? Ein pole-switchable motor is an electric motor designed for operation with two or three fixed speeds This is achieved by changing the number of poles in the motor, allowing speed adjustment without a frequency converter. How […]
Slip in Electric Motors: Causes, Effects and Optimization
Understand slip to improve the performance of your drive systems and avoid failures. What is motor slip and why is it important for induction motors? Der Motor slip is the difference in speed between the rotating magnetic field of the stator and the actual speed of the rotor. This difference is essential for generating torque, […]
