EPF Series Replacement Elements are designed for high pressure inline hydraulic oil filtration. Available in single or double length configurations, with ratings down, the elements help protect critical engine components, such as valves, bearings, cylinders and pumps from contaminant ingress, which can lead to increased machine wear, shorter maintenance intervals, increased downtime, and higher costs. The elements are suitable for use in systems exposed to highly demanding environments, including those seen in construction, oil and gas, agriculture, and mining operations. EPF Series Replacement Elements feature a patented eco-friendly design that allows for integration of the bypass valve and element core as reusable parts in the filter bowl. This results in reduced waste (by up to 50%) and lower disposal costs.The EPF Series is ideal for incorporating filters into manifold systems where no additional drillings are required for bypass valve installations. Various options for filtration media are available depending on the unique requirements of customers’ systems. Multiple filter housing sizes are also available depending on nominal flow and connection type.
Strengths
•Prevents contamination and ingress of dirt, sand, dust, metal, etc. into hydraulic circuits Lengthens time in between required maintenance intervals, reduces operating costs, and extends overall equipment/machine operational life Patented eco-friendly design allows for integration of the bypass valve and element core as reusable parts in the filter bowl This results in reduced waste (by up to 50%) and lower disposal costs Filter element remains inside the filter bowl during change-out, saving over 500 mm of space envelope when compared with traditional high pressure filters Capable of flows Maximum allowable operating pressure
Applications
Deck and Mobile Cranes;Firefighting Equipment;Forwarders;Hydraulic Presses;Marine Steering Units;Power Packs;Excavators;Harvesters;Waste Balers;Reach Stackers;Wheeled Loaders;Drilling Equipment;Industrial Power Units;Wind Turbines