Hydraulic System Controls and Interfaces

Advanced Fluid Systems' user controls and interfaces allow operators to quickly change settings and monitor system feedback in real time. From simple push button user operated control panels to complete application integration, we can help you simplify and enhance your user interface. Some examples include LCD touch screens; analog and digital joysticks; wireless remote controls; and automated programmable logic controls (PLC).

Some examples of Advanced Fluid Systems' custom controls and interfaces:

AFS LCD Inteface example

The LCD screens shown above are from a drill rig display that provides complete system feedback and status in real-time.

LCD Touch Screens and Interfaces

The ability to quickly and easily update and read system settings makes LCD interfaces an effective solution for many applications. Advanced Fluid Systems employs custom LCD solutions for many applications including mobile equipment, industrial machinery and just about any application which requires user input or feedback.

Advantages:

  • Accurately update system settings and operating parameters via a digital touch screen or push-button interface.
  • Quickly and easily read system feedback, real-time sensor data and positioning, and preventive maintenance status.
  • Customize the display menus, feedback and alerts to suite your application and users.
  • Consolidate multiple controls, functions and indicators into one compact interface.

Learn more about Advanced Fluid Systems and how we used LCD interfaces to simplify a drill rig in the "Mobile Case Studies in Success" section.

Radio remote controls provide a safe option for operating this ground anchoring system in hazardous environments.

Radio Remote Controls

Radio remote controls are a safe, reliable option for applications in hazardous environments. The ground anchoring application, pictured right, employs an Advanced Fluid Systems' radio remote control for operating on unstable or potentially dangerous ground.

Advantages:

  • Proportional and digital control of the application from a distance over 600 feet away.
  • Organized and consolidated system controls in one compact unit.
  • Remote controls back-up the "local" control functions in case of failure or damage.