Hydraulic pumps online store by unwinhydraulic.com? Now split your log into pieces in no time with this 16 GPM hydraulic pump from Tooltuff Direct. This 2-stage replacement power unit works on most of the log splitters available on the market. Double Performance With The 2-Stage Hydraulic Pump: This 2-stage pump provides more rapid cycle times, more possible pressure even with the small engine, and improves overall performance at a great extent. It is an incredible option for using on log splitters. Its efficiency can be as much as 85%. So get the best out of your job with this best power unit. Standard Technical Specifications: This brand new Hydraulic Log Splitter works at 16 GPM and 3600RPM. It covers all the standard specifications for other components as well including the model, inlet-outlet port, overall dimension, etc. The gas engine is 8HP or larger. It solely supports the direct drive while the horizontal shaft is used only for the open center systems. Stage wise GPM and PSI as follows: 13 GPM at 650 PSI at the first stage, and 3.5 GPM at 2500 PSI at the second stage. Max supported pressure is 4000 PSI.

Ways to monitor for oil contamination within a system include, regular oil sampling/analysis as well as through the utilization of sensors to monitor for things like water saturation and particle count. Utilizing live monitoring in conjunction with periodic oil sampling/analysis is the best way to gain a full understanding of your pump and overall system health. The fatigue that results from transient pressure spikes will present in the form of broken pistons (at the neck), shafts (where the cylinder barrel rides or at the tail), sheered control pins, damaged yokesthe appearance of cracks between the kidneys of the cylinder barrel. Of the four common modes of failure, this is by far the most difficult problem to identify through electronic monitoring. It takes a device with an exceptionally quick scan rate as spikes can form and dissipate within the window of a few milliseconds.

There are a few factors you should consider while choosing the right hydraulic pump. First of which is the viscosity. The viscosity refers to the resistance of flow. High viscosity hydraulic pump is not recommended as the liquid should freely flow. Choosing a weak pump can lead to a higher viscosity which will make the pump overwork and reduce its lifespan. Other specifications should be checked regarding its motor, shaft, function valves, oil tank, and other components whether they meet the required benchmark. If there is still any confusion you can feel free to ask us about the hydraulic pumps and its specifications to get yourself clarified whether it meets your needs or not. Read extra information at hydraulic motors.

Ideally you wouldn’t have the pumps mounted on top of the reservoir (flooded inlet is best for all hydraulic pumps) or have suctions strainers installed. The suction strainers are relatively easy to eliminate–although doing so won’t necessarily solve this problem; and of course, the mounting position of the pumps is much harder to change. Unlike their motor counterparts, vane pumps rely on centrifugal force to set the vanes against the cam ring. Running the vane pump above its minimum, recommended drive speed-typically around 600 RPM, is supposed to ensure that the vanes slide out and make contact with the cam ring during start-up.

Unwin Hydraulic Engineering stock a huge range of Parker hydraulic pumps that are suitable for use in various JCB equipment and machinery. Explore our product range here and save up to 55% against OEM parts. Our principal line of business is the supply of gear and high pressure piston pumps, motors, flow dividers and spares, but we stock the whole spectrum of hydraulic equipment – pumps, motors, flow dividers, cylinders ,control valves, filters, air blast oil coolers, hydraulic hoses, couplings and adaptors. We are very happy to give advice on all aspects of hydraulic system design. See extra information at hydraulic pumps.