44A30-04-2-06S

Rotary Switches

A rotary switch is an electromechanical device consisting of a spindle or lever that, when rotated, is used to make or break an electrical connection. They are typically used as controls for electronic or electrical devices, such as switches and jacks.

44A30-04-2-06S application field and working principle

The 44A30-04-2-06S Rotary switch is a versatile and compact switch specifically designed for high density packaging. Its application lies in the field of embedded applications where it can be used to control multiple devices with a single switch. It is suited for both low voltage and high voltage applications. The switch is designed to perform well under both extreme temperature and humidity conditions.

The working principle of the 44A30-04-2-06S rotary switch relies on its moving contacts and stationary contact. As the switch is rotated, the moving contacts move along a radial path and make contact with the stationary contact points. The voltages across the contact points change depending on the current position of the switch. This allows for an easy and convenient way to control electrical circuits.

The 44A30-04-2-06S rotary switch has a number of features that make it suitable for a variety of embedded applications. It is a highly reliable switch with a long life expectancy and robust construction. The switch also features a sealed interior to prevent dust and dirt from entering. Additionally, the switch has been designed to withstand extreme temperatures and has a vibration and shock rating that exceeds most adjustable switches.

In addition to its traditional application in electronics, the 44A30-04-2-06S rotary switch can also be used as a control switch in automotive, HVAC, and medical systems. Its flexibility and low profile make it suitable for both low voltage and high voltage applications. Furthermore, the switch is now available with a variety of connection options.

The 44A30-04-2-06S rotary switch is a versatile and reliable control switch for a variety of applications. Its working principle relies on the movement of its contacts across stationary contact points to change the voltage across the contact points. The switch is suitable for embedded applications and can also be used in automotive, HVAC, and medical systems. Its robust construction and sealed interior make it highly reliable and able to withstand extreme temperatures and vibration. The switch is now available with a variety of connection options, making it an ideal choice for a range of settings.