71BD36-03-2-AJN

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Rotary switches are classified as a motion control device. Generally, they are used to enable or disable a circuit in a stationary or moving apparatus. The 71BD36-03-2-AJN is a rotary switch with unique features and particular applications. This article will present the field of application and working principle of the 71BD36-03-2-AJN.

The 71BD36-03-2-AJN is designed for high-voltage switching applications. This rotary switch is suitable for use in AC and DC circuits, as it can handle load currents up to 3A. This high-performance device is used in a variety of different applications, including industrial controls and robotics, automation systems, and high-voltage power systems. Its robust construction and reliable operation make it ideal for use in tough environments.

The 71BD36-03-2-AJN features a unique design that enables it to switch between multiple circuits quickly. The switch is comprised of two plunger arms, connected by a pivoting shaft. When the plunger arm is switched, it causes the shaft to rotate, allowing the switch to switch between the different circuits. The switch also features a spring-loaded cam that helps to ensure that when the switch is switched, it remains in the position it was meant to be in.

The working principle of the 71BD36-03-2-AJN is relatively simple. When the plunger arms are switched, the cam forces them to rotate, causing the switch to move between the different circuits. When the switch is placed in the correct position, the load current can flow through the switch and into the desired circuit. This allows the switch to control the flow of current in a precise and controlled manner.

The 71BD36-03-2-AJN rotary switch is an excellent choice for a range of applications, ranging from industrial controls and robotics to high-voltage power systems. Its robust construction, reliable operation and easy installation make it a reliable and cost-effect option for a range of motion control needs. Furthermore, its unique design enables it to switch between multiple circuits quickly and accurately, allowing for precise control of current flow.

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