71E30-02-2-05N

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 are one of the most common switching devices used in industrial applications. The 71E30-02-2-05N is a two-pole single-throw rotary switch that is often used in applications where the load requires switching from one power source to another such as in motor control circuits.

The 71E30-02-2-05N is a two-pole single-throw rotary switch with two or three positions. It is rated for 600 VAC and 15 A. The switch is available in either a panel mount or lever mount configuration and is designed for use with stranded wire. The switch has a double-pole design that reduces contact arcing, providing an improved service life.

The 71E30-02-2-05N is typically used to switch power between two sources, such as to switch between the input power and a generator. This type of switch is commonly used in motor control circuits, as it is able to quickly switch the power between the two sources.

The 71E30-02-2-05N rotary switch works by using a mechanical rotating arm that is activated by the user. The rotary arm then makes contact with the fixed power contacts on the switch which allows the current to flow between the two. The switch is available in two- or three-position configurations, depending on the need of the application.

The 71E30-02-2-05N rotary switch is designed to provide reliable and smooth operation in industrial applications. The double-pole design reduces contact arcing, improving the service life of the switch. The lever-mount configuration provides a secure connection to the switch, preventing it from being accidentally disconnected.

The 71E30-02-2-05N rotary switch is a reliable switching device commonly used in industrial motor control circuits. It provides a two-or three-way switched connection that allows the user to quickly and safely switch power between two sources. The lever-mount design provides a secure connection to the switch, while the double-pole design reduces contact arcing, providing a longer service life.

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