Electronics provide precise control of hydraulic actuators, such as this motor from Sauer Danfoss' H1 series. Effectively controlling large forces in hydraulic systems to make access equipment ...

Hydraulic control systems are pivotal in modern engineering, enabling precise manipulation of fluid power for applications ranging from industrial machinery to aerospace actuators. The dynamics of ...

In the nearly 40 years since electronic control systems first became common features of industrial machines, controls theory has necessarily evolved to keep pace with machine design. Early on, systems ...

Digital hydraulic systems represent a marked evolution from traditional continuous control methods by harnessing digitally controlled pumps and on/off solenoid valves to achieve rapid, precise, and ...

These days, almost every component and system in a piece of heavy equipment is becoming more intelligent through the incorporation of sensors and the Internet of Things (IoT). “The core vision of IoT ...

For positioning large loads, electrohydraulics can be a better choice than electromechanical motion systems. Some machines coordinate both electrohydraulic and electromechanical controls to gain the ...

The MathWorks has introduced SimHydraulics software for modeling and simulation of hydraulic control systems within the Simulink environment. The new product complements MathWorks software for ...

A fitting definition of a modern performance car might just be one that has superior control over every system. EFI offers outstanding digital mastery over fuel and spark and it could be said that ...

An electro-hydraulic braking system is one that effectively does away with the direct connection between the brake pedal and the car's braking system. These set-ups, which are the first step towards a ...