Swing shears are usually used for shearing plates underneath 10mm. They may be prepared with non-obligatory CNC structures, front servo feeding structures, rear pneumatic helping systems, and other configurations to enhance manufacturing efficiency and accuracy.
In a swing shearing machine, the direct connection scheme between the main motor, reducer, and screw is crucial for the operation of the machine. Here's an explanation of how these components are typically connected:
Main Motor: The main motor is the primary source of power for the swing shearing machine. It provides the rotational force necessary to drive the system. Usually, electric motors are used in these machines due to their efficiency and controllability.
Reducer: The reducer is an intermediary component between the main motor and the screw. Its primary function is to reduce the rotational speed generated by the main motor while increasing the torque. This reduction in speed and increase in torque is necessary to provide the necessary force to shear through materials effectively.
Screw: The screw, also known as the drive screw or power screw, is the component directly responsible for the shearing action in the swing shearing machine. It typically consists of a threaded shaft that engages with the material being sheared. As the screw rotates, it applies force to the material, causing it to shear.
The direct connection scheme involves physically connecting the output shaft of the main motor to the input shaft of the reducer, and then connecting the output shaft of the reducer to the input shaft of the screw. This direct connection ensures that the rotational force generated by the main motor is transmitted efficiently to the screw, allowing for precise control over the shearing process.
Additionally, the use of a reducer allows for adjustments in the speed and torque transmitted to the screw, providing flexibility in the operation of the swing shearing machine. This configuration, combined with optional CNC systems, servo feeding systems, and pneumatic assisting systems, enhances the overall efficiency and accuracy of the shearing process, making it suitable for various manufacturing applications.