Full load persistence

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In the conveyor system which denotes full load steady performance , the performance of which is necessary to maintain a constant speed under full load. It plays an important role in the design of drives and the determination of the drive power . In general, it is made up of the product of all resistances occurring during movement and speed.

When designing hoists , it is either equal to the product of the full load inertia on the motor shaft and the angular speed of the motor, or the required weight multiplied by the hoisting speed:

${\displaystyle P_{\mathrm {V} }=M_{\mathrm {V} }\cdot \omega _{\mathrm {M} }=F_{\mathrm {G} }\cdot v_{\mathrm {H} }}$

In the case of the chassis design, on the other hand, it corresponds to the product of speed and driving resistance , i.e. H. Rolling resistance, incline resistance and air resistance:

${\displaystyle P_{\mathrm {V} }=\left(F_{\mathrm {R} }+F_{\mathrm {St} }+F_{\mathrm {L} }\right)\cdot v}$

If necessary, the efficiency is also included accordingly.