Effect of Gantry Tower Crane Brake

Working Principle:
     Signal acquisition: The operator changes the stepping amplitude through the foot pedal controller and outputs the corresponding electrical signal (such as through a Hall switch or potentiometer).
     Frequency conversion: The variable frequency speed controller changes the frequency of the output voltage based on the input electrical signal.
     Thrust regulation: The motor speed of the PEd variable frequency thruster changes with frequency, thereby altering the thrust generated.
     Flexible braking: The braking torque is linearly proportional to the depth of the foot pedal, achieving "soft braking" from deceleration to parking and reducing mechanical impact.
Main application scenarios:
     This type of brake is mainly used for lifting equipment that requires high-precision control and smooth parking:
     Rotating mechanism: such as the boom rotation of gantry cranes and tower cranes.
     Operating mechanism: The driving mechanism for the large and small vehicles of a bridge crane or gantry crane, used for smooth deceleration.
     Multi machine synchronization: When multiple driving devices need to brake synchronously, the frequency conversion system can provide consistent torque feedback.