How does the hydraulic system route fluid to required components?

The routing of fluid in a hydraulic system is primarily accomplished through hydraulic tubing, which is specifically designed to contain and direct hydraulic fluid under pressure. This tubing connects various components of the hydraulic system, facilitating the transfer of fluid from the hydraulic pump to actuators and other necessary parts. The design and material of hydraulic tubing are critical because they must withstand high pressures and resist leaks, ensuring the efficiency and safety of the system.

In addition, hydraulic systems rely on the principles of fluid dynamics, allowing fluid to be routed effectively to perform tasks such as lifting, moving, or controlling surfaces in various aircraft systems. The use of hydraulic tubing is standard across numerous applications, including aviation, because it’s effective in conveying hydraulic fluid in a compact and durable manner.

In contrast, while electrical impulses and mechanical levers can play auxiliary roles in controlling hydraulic valves and systems, they do not directly route fluid. Similarly, pneumatic controls utilize air rather than hydraulic fluid, making them unrelated to the specific routing of hydraulic fluid.