Hakuteksti "can".

regarded as a special case of the transfer behaviour , in which the input variables remain constant. It can be described by characteristic equations or curves.

raceway). To reduce the contact force and therefore the friction the slipper is designed such that it can act like a hydraulic bearing ( hydrostatic relief ). The hydrostatic pressure necessary for this purpose

measuring system in which first a reference point must be moved to such that a specific position can be determined by counting increments forward or backward (Figure D 29) . The position obtained in this

between the power supplied and the power delivered ( hydraulic efficiency ). Much of what is lost can be attributed to: volumetric losses : these are caused by incomplete filling of the pump, internal

the rapid forward movement is at an end. For this purpose it must be ensured that the main piston can draw in unpressurised oil during forward movement (Figure E 2) .

seals , including those with short seal lengths, which means the components used in oil hydraulics can be designed to be relatively compact.

deflection of the two diaphragms then corresponds to the pressure difference . As this pressure difference can be between very small, in relation to the system pressure, and very large and single-sided, differential

on which the error and also the effects in defined test conditions are within defined limits; they can have a class identifier that mostly corresponds to a the value in % of the actual value or of the end

of the gear wheels, i.e. in the axial direction. The pressure-controlled leakage that occurs here can be reduced if the clearance gap at the side is reduced with increasing pressure. The axial compensation

Pressure required to start or maintain the function of a valve (device). The control pressure can be, but does not necessarily have to be, identical to the pressure in the system. A differentiation is