Searched for "*".

Internal power split ; external power split .

Relationship between the change in output power and the corresponding change in input (control) power.

Difference 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 pum

Transmission of power - hydraulic ( flow rate · pressure ) - mechanical (torque · angular speed) - electrical (current · voltage) from the generating part of a system (e.g. electric motor, hydraulic p

As far as the control of hydraulic systems is concerned, a distinction must be made — since the term " control " is rather a general one — between control in the signal range and control in the power

Graphic representation of a curve showing all the variables which influence the power delivered by a hydrostatic transmission (e.g. torque, efficiency, slip) in relation to another variable (e.g. rota

Power limiting

Detailed specifications for the functional requirements of a device or system, including environmental and other specific conditions to which the device (system) is exposed. On the one hand, they must

Curve based on identical (constant) power in a rectangular p-Q system Power is calculated as follows: P = p · Q

Relationship between the weight of a system/input or output element and the power it transmits or provides. Given the very high force density , hydrostatic systems are much better than electric ones i