Calculate Three-Phase Power: How to Optimize Your Drive Technology!
Understandable formulas, practical examples, and expert tips for efficient drive systems. What is the basic formula for calculating active power in three-phase networks? The active power (P) in a three-phase network is calculated with the formula: P = √3 × U × I × cos φ. Here, U stands for the voltage between the phases, […]
Service Brake in Mechanical Engineering: Maximum Safety and Efficiency for Your Drives
Everything you need to know about the function, technology, and selection of the right service brake. What is the main difference between a service brake and a safety brake in an industrial context? Die Service brake controls movements and stops machines during normal operation. A safety brake on the other hand, is designed to reliably […]
Fireproof Brakes for Emergency Shutdown: Maximum Safety for Your Systems!
Reliable braking systems for critical situations – ATEK Drive Solutions guarantees the highest safety standards. What is a fire-resistant brake for emergency shutdown systems? A fire-resistant brake is a safety component that brings machines to a reliable stop or safely positions them even under extreme heat exposure, such as in case of fire (e.g., above […]
Spring-applied disc brakes for portal cranes: Maximum safety for your heavy loads!
Reliable brake solutions for demanding applications in crane construction – from standard to custom manufacturing. What is the main function of a spring-operated disc brake on a portal crane? Die Main function of a spring-operated disc brake is to securely hold the load on a portal crane, especially in the event of a power failure […]
Holding brakes for shafts: Maximum safety and precision in your drives
Learn how shaft-mounted holding brakes protect your systems and enhance performance – including application examples and selection criteria. What is the main function of a holding brake for a shaft? A holding brake for a shaft primarily serves to secure loads safely and prevents unwanted movements, especially in the event of a power failure or […]
Heavy-Duty Industrial Brakes for Rolling Mills: Maximum Performance and Safety!
ATEK solutions for the highest demands in steel mills – robust, reliable, efficient. What are the primary safety aspects of heavy-duty industrial brakes for rolling mill drives? In rolling mills, there are fail-safe braking functions and adherence to the highest safety standards such as SIL 3 and PL e is crucial. ATEK relies on redundant […]
Calculating Apparent Power: How to Properly Dimension Your Drives!
Understand the basics, avoid mistakes, and optimize your systems. What is the difference between apparent, active, and reactive power? Apparent power (S) is the total electrical power in an alternating current circuit, measured in volt-amperes (VA). Active power (P) is the portion that actually does work (e.g. movement, heat), measured in watts (W). Reactive power […]
IE5 Synchronous Motors: Drastically Reduce Your Energy Costs!
High-efficiency drive solutions for maximum energy savings and sustainability in your company. What is the main advantage of an IE5 synchronous motor over older motors (e.g., IE3)? IE5 synchronous motors offer significantly lower energy losses – up to 20% less than IE4 and sometimes over 40% less than IE3 motors. This leads to substantial energy […]
Spring-Operated Hydraulic Disc Brakes: Maximum Safety for Your Industrial Applications!
Expert knowledge on function, applications, and selection criteria for reliable braking solutions in mechanical engineering. What is the decisive advantage of spring-applied hydraulic disc brakes for industrial applications? The main advantage is the Fail-Safe principle: The brake reliably closes through spring force in the event of a power or hydraulic pressure failure, thus ensuring maximum […]
Torque monster instead of RPM wonder? This is how to optimally use the translation into slow!
Understanding, calculating, and applying: Your comprehensive guide to gear reduction for maximum performance. What exactly does “reduction to slow” mean? A reduction to slow, often referred to as reduction , occurs when a gearbox reduces the input speed, to decrease the output speed. This simultaneously leads to an increase in output torque. The gear ratio […]
