71BSF30-01-1-12N-C

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Rotary Switches

Rotary switches are mechanical switches that rotate to provide switching action. The 71BSF30-01-1-12N-C is a rotary switch with 12 positions and an angular rotation of 30 degrees.

Application Field

Due to its robust construction, rotary switches are popular in many industrial, commercial and military applications. The 71BSF30-01-1-12N-C is equally suitable for wide variety of applications. It can be used in discriminating applications such as selecting a frequency or selecting the type of control. It can also be used in measuring and controlling applications, where it will be turned and will read the corresponding binary value.

The 71BSF30-01-1-12N-C is also ideally suited for applications where multiple switching is needed, such as setting the time on a timer or configuration of many industrial functions.

Working Principle

Rotary switches work by allowing a rotating cylinder to come in contact with a type of switch arrangement and make the connection between two points or for the purposes of switching power or other connections. In the case of the 71BSF30-01-1-12N-C, the cylinder has 12 contact points and rotates within a circular frame.

The 71BSF30-01-1-12N-C also contains a blocking mechanism that prevents simultaneous switching of multiple positions. When the cylinder is in one of the 12 selectable positions, the contacts at the other positions are blocked and can\'t be activated. This blocking mechanism is essential to ensure only one connection is made at a time.

The 71BSF30-01-1-12N-C uses a spring mechanism to return the rotary switch to its original position whenever it is released. This allows for continuous and reliable switching with minimum effort.

Conclusion

The 71BSF30-01-1-12N-C is a highly reliable, robust and durable rotary switch with 12 selectable positions. It is suitable for a multitude of applications and is built with a blocking mechanism to prevent simultaneous switching of multiple positions and a spring mechanism to return the switch to original position when released.

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