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The library is organized intuitively, allowing rapid drag-and-drop assembly. Core component categories include:

  • Actuators: Single/double-acting cylinders (with customizable friction, leakage, and cushioning), hydraulic motors (gear, vane, piston).
  • Accessories: Reservoirs, filters, coolers, heaters, accumulators (bladder, piston, diaphragm), hoses, and pipe submodels with friction loss.
  • Fluids: Customizable oil properties (viscosity, density, bulk modulus, air content).

    • The Hydraulic Library shines brightest when used for Virtual Commissioning.

    Imagine you have a circuit with a load-sensing pump feeding a tandem cylinder. In the physical world, tuning the pressure compensator and the load-sensing line involves turning wrenches and reading gauges while oil spills on the floor.

    In Automation Studio, you can simulate the load. You can tell the cylinder it needs to push 5,000 lbs, and watch how the pump reacts.

    Hydraulic systems are the muscles of modern industry—powering everything from excavators and presses to aircraft actuators and injection molding machines. However, designing, validating, and troubleshooting these systems is notoriously complex. Non-linear behaviors, fluid properties, pressure drops, and cavitation risks make physical prototyping expensive and time-consuming.

    Enter Automation Studio, a leading system design and simulation software. At its core lies the Hydraulic Library, a powerful toolset that transforms how engineers approach fluid power. This post explores the key components, capabilities, and practical applications of this library.

    Famic Technologies continuously updates the Automation Studio Hydraulic Library. Upcoming trends include: