AH745479-A

Snap Action, Limit Switches

The AH745479-A is a snap action, limit switch created by the Arnheim Hoot Company. It is an adjustable switch that is used in a wide range of settings and is capable of providing reliable action in the most demanding of applications. The AH745479-A is used to detect or count the presence or absence of a discrete object. It is capable of switching between extremes in positioning or orientation in order to activate a circuit or provide feedback to a controller. It is also useful in applications such as HVAC systems, medical equipment, pumps, industrial machinery and various electronics.

Application Field

The AH745479-A is designed for industrial and commercial applications. It is suitable for use in a wide range of applications including:

• HVAC systems
• Medical equipment
• Pumps
• Industrial machinery
• Various electronics.

Working Principle

The AH745479-A is a snap action, limit switch that is able to detect a wide range of positions or orientations in order to switch circuits or provide feedback. It uses a mechanical motion to transition between two positions and can be adjusted to either open or close the switch. It is typically used to count or detect the presence or absence of a discrete object. When the object moves past the switch, it can open or close the switch and indicate its presence or absence.

The AH745479-A is designed with a robust housing to ensure the switch is secure and accurately performs its function. The switch is designed for durability and reliability so it can provide years of dependable service. It also has adjustable contacts to ensure it can easily adjust to various positions or orientations. The switch also uses a low-power input so it can be used in battery-powered electronics.

The AH745479-A is a versatile snap action, limit switch that can be used in a wide range of settings. It is suitable for industrial, commercial and consumer applications. It provides a dependable switch that can accurately detect or count the presence or absence of a discrete object. It is also easy to adjust and uses low-power inputs to ensure it can be used in battery-powered electronics.