KC13D0.001NLS

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Rotary switches come in a variety of sizes, shapes and applications. KC13D0.001NLS is one of the more common cylindrical rotary switches in the market. It is a two-pole, two-position (1P2T) rotary switch designed for PCB applications.

Due to its versatile applications, this product is widely used in the electronics industry. For instance, the KC13D0.001NLS is used in many electric devices such as telephones, television sets and audio amplifiers. It is also used in a wide range of applications such as lighting controls, motor controls and switch mode power supplies.

The KC13D0.001NLS has a maximum voltage rating of 250V AC and a maximum current rating of 10A. It has an operating temperature range of -10°C to 85°C and a terminal connection of 3.2 mm dia. It consists of a plastic cylinder whichis mounted on a PCB with a current carrying rotor, a wiper and 4 stationary contacts.

The working principle of this switch is quite simple. The rotor, which is the central rotating part of the switch, is connected to the PCB and has four stationary contacts on it. When the rotor is pushed,it turns to bridge the two poles and closes the circuit. The wiper arm follows the movement of the rotor and makes contact with the stationary contacts, transferring the electrical energy from one contact to the other.

The KC13D0.001NLS cylindrical rotary switch offers a reliable electrical connection. It is an economical and well-tested product with a long service life. As such, it is an attractive choice for PCB applications, as it is easy to install, maintain and operate.

In addition, this switch has a host of other features including a wide range of voltage and current ratings, a choice of terminal connections, and a variety of sizes and shapes. It also has excellent insulation properties and is available in both open and sealed configurations.

The KC13D0.001NLS rotary switch is a convenient and reliable way to operate electrical circuits. Its relatively small size and compact design make it an ideal choice for a variety of PCB applications. Furthermore, its low cost and durability make it a cost-effective solution for electronic devices.

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