71B30-01-2-06N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rotary switches have been used for a wide variety of purposes since their invention in 1820. From switches for industrial use to medical equipment and electric gadgets, rotary switches are extremely versatile and reliable. The 71B30-01-2-06N is a type of rotary switch used particularly in the industrial sector. This article will examine the application field and working principle of the 71B30-01-2-06N.

The 71B30-01-2-06N is a general purpose, two-pole double throw (DPDT) shorting rotary switch. It is typically used to switch loads of 250 volts AC at a maximum current of 10 amps. It is well suited for applications such as multi-position data-logging switch and relay control. The switch features a high dielectric strength of 1500 volts AC in between poles and between the operation knob and stop indicating sections. Its operating voltage is rated for 125 volts AC with 6 terminals on the 4\' flexible cable.

At the most basic level, the 71B30-01-2-06N consists of a disc-like or drum-shaped rotor with contacts that pass through it. The rotor can be rotated to allow the contacts to make or break an electrical path, depending on the positions of the contacts. Two contacts are stationary, located on either side of the rotor, while two other contacts make up the movable rotor. The movable rotor allows the electrical connection to be held in two positions, called positions. The switch is operated by rotating the rotor to either the left or right position.

The switch allows a current to be applied to the desired load by making the contact assembly. Once the correct position is established, the electrical circuit will be complete upon the movement of the rotor and contact assembly. The switch stops the current when the rotor is rotated and remains in the second position.

The71B30-01-2-06N is an ideal choice for switching multiple loads, as it can provide the desired number of throws and positions. When the switch is activated, the knob is turned to a given position where the contacts are held in position and the electrical current is allowed to flow through to the device. Releasing the knob returns the rotor to its original position, thus resetting the switch for a new switch cycle. To provide improved operations and reduce wear, the contacts are hardened and wear resistant.

Rotary switches such as the 71B30-01-2-06N often provide a high level of versatility, allowing the user to control multiple circuits with the same switch. However, they do have their disadvantages, such as not being able to switch high-amperage loads, limited switching positions and not being able to break the circuit in the case of a power failure.

Rotary switches are an invaluable tool in the industrial sector, providing a way to control a range of circuits without fail. The 71B30-01-2-06N is a reliable and versatile switch, designed to last longer than regular utility switches. With its robust design and high dielectric strength, the 71B30-01-2-06N is suitable for a variety of applications, from motor control to data-logging switch operations.

The specific data is subject to PDF, and the above content is for reference