When it comes to hydraulic systems, the routing of hoses is just as crucial as the components themselves. Hoses transport fluid from one component to the next, and the routing method you choose will determine the performance and efficiency of your system. In this blog, we’ll go over the basics of system (hose) routing methods and why they matter.
- Series Routing: This is the simplest method, where two or more components are connected in a sequential manner. The flow from one component passes to the next, creating a continuous flow. This method is ideal for applications that require the same flow rate for all components.
- Parallel Routing: With parallel routing, multiple components are connected in parallel and the flow is split among them. This method is best for applications that require different flow rates for different components and provides redundancy in case of component failure.
- Series-Parallel Routing: A combination of series and parallel routing, some components are connected in series while others are in parallel. This method is ideal for applications that require both equal and unequal flow rates.
- Loop Routing: In loop routing, components are connected in a circular manner, with the flow returning to the same starting point. This method is ideal for applications that require continuous flow and pressure, such as cooling systems.
- Cross Routing: Two or more components are connected in a cross manner, with the flow crossing from one component to the next. Cross routing is ideal for applications that require flow to be directed to multiple components simultaneously.
Choosing the right routing method for your hydraulic system is crucial to its performance and longevity. Understanding the basics of these methods will help you make an informed decision and improve the efficiency of your system. If you need further assistance, our experts at Texas Hydrostatics are always here to help.
