HYDRAULICELIMFILTERSNANOFORCE™ · EH6PRESSURE LINE
Particles held on the pleated media before they reach the valvesReservoir, pump, NANOFORCE pressure-line spin-on (in section), control-valve block, returnConceptual illustration of a hydraulic circuit with a NANOFORCE™ pressure-line spin-on. The pump draws fluid from the reservoir and sends it through the filter before the control-valve block, so the particles are held on the pleated media, shown in section, before they reach the close-tolerance valves; the fluid then returns to the reservoir. Pressure-line, return-line and offline positions carry different duties, and the position is chosen around the most contamination-sensitive component. At service the spin-on is replaced. Illustrative simulation of how it works: a conceptual animation, not an engineering model or test result, and it shows no product data.

How to read this figure

  1. Reservoir. The fluid rests in the reservoir on the bench, with the suction and the return on top. Moving the cursor sideways changes how much contamination the fluid carries.
  2. Pump. The pump draws the fluid through the suction line and sends it under pressure toward the filter head.
  3. NANOFORCE™ pressure-line spin-on. All the pump flow crosses the pleated NANOFORCE™ element, drawn in section, where the particles are held. The readout shows the filter's load.
  4. Control-valve block. Downstream of the filter, the valve block with its spool caps along the top receives fluid that has just been cleaned: these close-tolerance spools are the components this position protects.
  5. Return. From the valves, the fluid goes back to the reservoir through the return line. In a real machine, a return-line filter would sit on this line.
  6. Service. Moving the cursor to the top, or pressing E, runs the service: the spin-on is replaced and the new one goes on clean. Head, pump and valves stay in place.