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In general : A system with input variables u 1 (t ) ... u p (t ) and output variables v 1 (t ) ... v q (t ), which has a certain transfer function , is called a transfer element (EDIN 19 226 Part 2) (

The number of binary signals transferred over a data channel per unit of time (DIN 19 226 Part 5). At a cycle frequency of 1 kHz, in the case of series data transmission, this results in a transfer of

Mathematical formulation ( Laplace transformation ) of the transfer behaviour of a system (DIN 19 226 Part 2).

Ratio of the change of the output variable to the input signal, i.e. the gradient of the characteristic curve . In the case of non-linear characteristic curves, the area for which the transfer factor

Describes the factor by which, in the case of a Pressure amplifier the high-pressure on the small area A 2 is greater than the low pressure on the larger area A 1. The transmission ratio is equal to t

Pressure, which arises under the influence of a transmission ratio before the smaller area A 2. It is Ratio of piston areas α α greater than the pressure p 1 acting on the larger area A 1 by the ratio

Short-term exceeding of a predetermined setpoint.

Path travelled by a working element (e.g. cylinder ) between the turn-off pulse from the directional valve and the end of the movement. The overrun primarily depends on the masses moved and their velo

Volume (bulk) filters

Property of a fluid to act against resistance to the opposite laminar movements of two neighbouring layers (DIN 1342 and IDN 51 550). A distinction is made between dynamic viscosity and kinematic visc