Hydraulic systems are an integral part of many industries, and at the core of it is a critical component known as hydraulic piping. This piping is an interconnected network of hoses, pipes, tubes, and fittings that carry hydraulic fluid to where it’s needed. Industries such as automation, manufacturing, construction, and many more rely on these systems to power heavy equipment.
Without hydraulic piping, these industries would struggle to achieve their current feats.
How Does Hydraulic Piping Work?
Understanding the fundamentals of hydraulic piping is helpful whether you’re a technician, an engineer, or an enthusiast. When properly designed and regularly maintained, these systems can provide high-performance, efficient operation of complex systems. The underlying mechanics of the system are a good place to start when learning about hydraulic piping.
● Hydraulic Fluid– The system’s lifeblood, enabling smooth function when transmitting power to one or more components. These fluids combine high lubricity, low compressibility, and thermal stability to help them uniformly transfer pressure throughout the system.
● Hydraulic Piping Components – The hydraulic power distribution system is built of hoses, pipes, tubes, and fittings that transfer fluid and pressure. Rigid, seamless steel pipe and a strong hydraulic tube can withstand the rigor of high-pressure piping systems. A flexible hydraulic hose is used in cases where less pressure is required, and the need for strength and durability is less critical. In both cases, connectors such as tees, elbows, adapters, and couplings ensure power gets where it needs to go.
These systems can range from a single hydraulic hose running to a single power tool to entire factories. In large applications, the system’s layout is critical to ensure that hydraulic power gets where it needs to go. With skilled design, every system component will have the power it needs on demand.
How Hydraulic Power is Transmitted
The manipulation of hydraulic fluid flow drives power transmission throughout a hydraulic system. Pressure applied at one end of the system generates pressure that travels throughout the network. This power is then directed to the places where hydraulic power is needed. Two primary factors determine how much power moves through the system: hydraulic power and the flow rate. These factors make it possible to transfer significant power throughout piping systems.
One system used to transfer this power throughout the system is specialized valves:
● Control Valves – These regulate the flow of hydraulic fluid throughout the system in a controlled and precise manner. Adjusting the valve alters fluid flow rate through the system at any given point.
● Pressure Relief Valves – Pressurized systems can become dangerous when excessive pressure accumulates within them. Pressure relief valves automatically open when the pressure gets too high in any given area. When opened, the hydraulic oil is directed into a reservoir or a low-pressure area.
● Check Valves – These one-way valves prevent backflow and ensure hydraulic oil continues to move in the desired direction.
These valves play a central role in ensuring the safety of hydraulic piping systems. Combined with leak detection, proper installation, and careful observation of safety protocols, they prevent accidents and injuries. Another critical component is regular and consistent maintenance and inspection routines performed by qualified professionals.
Don’t Leave It To Chance, Use Hydraulic Piping Professionals
Hydraulic piping professionals have years of experience working with these systems. They check pipes, hoses, and tanks daily to ensure proper power flow and integrity. When it’s time for your system to be inspected, don’t leave safety to chance.
Hire a team of hydraulic repair professionals such as the experts at Servo Kinetics to inspect your system. They’ll review your hydraulic equipment and ensure that power is being distributed properly, that leaks are sealed, and that contamination isn’t a concern. You can leave maintenance concerns behind and get back to getting work done with the industry’s premier hydraulic repair experts at Servo Kinetics in Ann Arbor. Call today!