71BSF30-02-1-04N

Rotary switches are used in a variety of applications, from telecommunications equipment to computers, to motor controls and automation systems. The 71BSF30-02-1-04N is a 2-pole 4-position 3 switch that is commonly used in motor control systems, industrial automation, and various switching applications.

The 71BSF30-02-1-04N, like all rotary switches, employs a movable rotor that contains multiple electrical contact points that move as the rotor is rotated. As the rotor moves, it pushes the contact points in a circular direction, allowing the contacts to move into position to either make or break the connection. This movement can be seen as a result of a variety of forces, including gravity, centrifugal force, and friction.

The 71BSF30-02-1-04N rotary switch is constructed out of durable plastic insulators and brass contacts. The insulators are designed to resist the forces created by regular rotation, while the brass contacts are shielded from corrosion and oxidation. The switch\'s two poles are designed to allow two different circuits to be activated or deactivated at the same time, depending on the desired configuration.

In motor control applications, the 71BSF30-02-1-04N rotary switch can be used to control the direction of rotation of the motor by switching the poles on the rotor. When the rotor is rotated, it pushes the contact points into the desired position to either make or break the connection. This change in the contact positions can be used to divert the flow of current to the motor in either a reverse or forward direction.

In industrial automation, the 71BSF30-02-1-04N rotary switch can be used to detect and control the release of fluids or gases. A change in the contact positions can be used to divert the flow of a liquid or gas to either open or close a valve, switch on or off a circuit, or control the direction of a conveyor.

Rotary switches, such as the 71BSF30-02-1-04N, offer flexibility and reliability in a range of applications. Their operational simplicity and durable construction make them an ideal choice for a variety of applications, from motor control to industrial automation.