44HS45-01-1-03N

Rotary switches are common electrical components that work by rotating a control input to different positions to make or break electrical connections. The 44HS45-01-1-03N rotary switch is a single-pole switch that is used in a wide range of applications, including those in the automotive, heavy vehicle, marine and industrial fields. This type of switch features a ten positions plus off design, that is, each of the ten positions functions as a unique contact point for an electrical connection and the internal mechanisms can be configured to match a wide variety of specifications.

The 44HS45-01-1-03N switch operates by rotating the control input (or “button”) to different positions. The electrical connection between the contacts is made and released as the switch is rotated. The movement of the control input is controlled by a lever mechanism inside the switch housing, which consists of a series of spring-loaded lever arms. The levers are connected to each other, so that when one lever is moved, the other levers are also affected.

The 44HS45-01-1-03N switch is designed with a fail-safe mechanism, which ensures that if the input is not rotated in the correct order, the electrical connection is not made or broken. This ensures that the switch is safe to use in potentially hazardous environments and makes it ideal for use in applications such as fire alarm systems and security systems. This switch also features a locking mechanism, which prevents the lever from moving if the switch is bumped or the control input is turned in the wrong direction.

The 44HS45-01-1-03N switch is a versatile and robust electrical component that is used in a wide range of applications. Its ten position plus off design allows for a wide range of functions, including on/off and switch/switch. It is suitable for use in a range of applications, including automotive, heavy vehicle, marine and industrial fields. The switch also features a fail-safe mechanism and locking mechanism, which make it ideal for use in potentially hazardous environments and applications.