Posts

Showing posts with the label vane pump

Directional Control Valves: How Does Oil Contamination Lead to Hydraulic Failure?

Image
The condition of the oil is a very crucial yet delicate subject that needs to be considered as far as the topic of hydraulic cylinder goes. Directional control valves are the vessel that plays a crucial role in actualizing the whole culmination of the effect. The oil is used as a fluid to make the cylinder function. However, it might seem very easy but it isn't actually. The condition of the oil is a detrimental issue that has to be taken seriously.  It has been found that most of its issues that climaxes into the system surge from the condition of the oil. If the quality of the fluid is promising then the result will be manageable too. However, if the oil is contaminated, then It can create a problem for the system and its parts such as Bladder Accumulators , pumps, pistons, etc. In this article, we will discuss the issues that can arise due to oil contamination.  What are the issues that can arise due to oil contamination?  There are many reasons why the parts such as ...

The importance of Directional Control Valve

Image
The hydraulic cylinders would not function without the help of  directional control valves .  It is with the help of the DCV that the two most important parts of the cylinder get charged because the DCV has the potential to permit and stop the pressure from reaching the piston that helps establish a balance in the flowing of the power that permeates the user to utilize it according to their need.  How does the DCV work?   The directional control valve is a great vital part of the hydraulic cylinders. DCV authorizes the flowing of the liquid to several sites depending on the sources. the source could be one or more. DCV is placed inside the cylinder which is put to labor electrically or mechanically. It is on the DCV to either permit or prohibits the progression of the fluid according to the pressure applied by the piston. This totally depends on the person who is applying the pressure. That is where the  Piston type hydraulic accumulator  comes to play....