PFEA113-65 3BSE028144R65  | ABB | Linear velocity tracking system

Description

PFEA113-65 3BSE028144R65  | ABB | Linear velocity tracking system

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From this, PFEA113-65 3BSE028144R65 can be seen that if tension needs to be controlled, the speed difference between the traction roller and the unwinding drum must be controlled. It can be seen that the tension control system is actually a linear speed tracking system. The tension of materials is an integral part of the control process. In general, when the equipment is started, the unwinding speed of the coil is less than the working speed of the traction shaft to generate tension in the material. When the tension reaches our requirements, we stabilize the unwinding speed of the material, so that the material can operate stably under this tension. The winding process of materials is also similar to this. Our speed control actuator is magnetic powder. During the unwinding process, a magnetic powder brake is used, while during the winding process, a magnetic powder clutch is used.

As shown in PFEA113-65 3BSE028144R65 , the measurement of tension is mainly obtained through tension sensors. In order to accurately measure the tension of the material, it must pass through the roller on the tension sensor at a wrap angle of 120. According to the principle of force synthesis calculation (parallelogram principle), the force acting on the tension sensor is the sum of the tension of the material and the gravity of the roller. We remove the gravity signal of the roller through a calculation method, and the collected tension signal participates in the subsequent control process.

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PFSA 103B, STU 48 areas 3BSE002487R1
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PFSA 147A Service Panel 3BSE008884R1
PFSA 145 power filter 3BSE008843R1

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