AH17809-A

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Snap action, limit switches are most commonly used in a variety of industrial automation applications. These devices are used to provide precise control of mechanical processes, and have a wide range of uses such as in electrical panel boxes, electric motors, conveyors and safety systems. The AH17809-A limit switch is one such device, and is commonly installed in industrial control systems. This article will provide information on the application field and working principle of the AH17809-A.

The AH17809-A is a single-pole double-throw normally open limit switch. It is designed to limit the travel of an actuator, such as a shaft or arm, to a predetermined maximum. The switch will close when the actuator comes into contact with the switch, and the switch will open if the actuator is removed from the switch.

The AH17809-A is designed for use in a range of industrial applications, including but not limited to automation systems, motor control systems, safety systems and manual operations. It is ideal for use in applications where precise and accurate control of mechanical processes is required.

The AH17809-A is also suitable for applications where a large amount of power needs to be managed, such as conveyors or other electrical machinery. The switch is equipped with a 16 amp contact rating and an adjustable tracking force, making it ideal for controlling high power applications.

The working principle of the AH17809-A is simple. It works by sensing changes in the position of its actuator, which is usually a shaft or arm. When the actuator moves beyond the pre-defined position, the switch will close and the process or machine will be activated. The switch can also be configured to remain open until the actuator is released, allowing for a different degree of control.

In summary, the AH17809-A is a highly versatile and reliable limit switch designed for use in industrial automation systems. It is capable of providing precise control of mechanical processes and can be configured for use in a range of applications. Its working principle is based on sensing changes in the position of its actuator, allowing for a wide range of control options.

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