SBL13(E)

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The SBL13(E) is an industrial tool used for specific applications and operations. It is best suited for metal working, as its properties and features make it ideal for working with ferrous metals.

In simple terms, SBL13(E) is a tool that uses a rotating magnetic field to facilitate the removal of components from inside a closed area. The tool can be used for drilling, tapping, chamfering, threading, and other tasks requiring precision and difficult access.

In order to understand the application and working principle of the SBL13(E), it is important to understand the components of the tool. The main components of the tool are the motor, the rotating head, and the control cabinet. The motor powers the rotating head, which in turn controls the motion of the working parts.

The motor is a three-phase induction motor that produces a rotating magnetic field. This rotating field in the SBL13(E) helps in producing the required torque to push or pull a component from one end to the other. As the magnetic field rotates, it also helps in aligning the components for smooth operation and better accuracy.

The rotating head is another important component of the SBL13(E). It is equipped with a locking system and helps in controlling the rotation of the working parts. The head can rotate in both clockwise and anti-clockwise directions for precision applications. Its built-in system also allows for the adjustment of torques and angles for specific operations.

The control cabinet is the last component of the SBL13(E). This component contains a collection of switches, buttons, and knobs that help in controlling the speed, direction, and torque of the tool. The cabinet also contains various setting options that enable the user to make accurate and precise adjustments to the operation of the tool.

To use the SBL13(E) for metal working, first the user needs to set the speed, direction, and torque of the tool. When these are correctly set, the user can then insert the component to be removed into the locked head of the tool. The rotating magnetic field then exerts force on the component, causing it to be removed from the area.

The SBL13(E) also has several safety features. There is a safety switch that automatically turns off the tool when the user is not operating it. Additionally, the tool is equipped with sensors that detect any changes in the magnetic field and stop the operation if necessary.

The SBL13(E) is an industrial tool made for specific metal working applications. It can be used in a variety of operations including drilling, tapping, chamfering, and threading. The tool has several components that make it suitable for precise and difficult access operations. Its safety features and settings make it ideal for use in industrial settings.

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