This function block outputs the tension and the torque depending on the actual diameter. At one mode of operation the tension is constant during the whole diameter change. At the other mode of operation the tension reduces hyperbolic during a rising diameter value. The unit of the end tension is percent. The matching torque is calculated from the tension.

Attention: The function block doesn't make a plausibbility check of the actual diameter.

Example 1: Curve progression during constant tension:
ud_Tension_Start = 200 [N]
ud_Tension_End = 100 [%]
ud_Diameter_Min = 1000 [1/10 mm]
ud_Diameter_Max = 16000 [1/10 mm]

ud_Tension_Target =

ud_Torque_Target =

Example 2: Curve progression during an hyperbolic reduction of the tensiont:
ud_Tension_Start = 200 [N]
ud_Tension_End = 80 [%]
ud_Diameter_Min = 1000 [1/10 mm]
ud_Diameter_Max = 16000 [1/10 mm]

ud_Tension_Target =

ud_Torque_Target =