AZC11013A

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Snap action, limit switches are electro-mechanical devices used to sense the presence or absence of an object. They are often used in industrial, commercial, and residential applications, such as turning on lights, controlling fans, and activating alarms. The AZC11013A is an example of a snap action, limit switch.

The AZC11013A is a low profile, snap-action limit switch designed to offer reliable and consistent operation in harsh environments. The switch is designed with an extended paddle actuator that can be depressed to T85 degree when a preset force is applied. It also has an adjustable paddle return of 30-60 degrees. It has an operating life of 500,000 cycles and is available in a variety of operating force and overtravel combinations. It has a temperature range of -40°C to 85°C and can be actuated from the top or side of the switch.

The AZC11013A can be used in a wide range of applications, such as for controlling the flow of water, activating fans and alarms, controlling the movement of robotic arms, or for industrial automation. It is also used in home and commercial applications, such as controlling lights and air conditioning systems. The switch can be used to control and activate any device, as long as an appropriate electrical connection is made.

The working principle of the AZC11013A is as follows. When an external force is applied at the switch, the paddle actuator is depressed to the preset limit. This will activate the switch contacts, allowing current to flow and activating the device that is connected to the switch. When the external force is removed, the paddle returns to its original position due to the spring inside the switch body, and the switch contacts reset, breaking the current and deactivating the device.

In conclusion, the AZC11013A snap action, limit switch is a reliable, cost-effective device designed for a wide range of applications. With its adjustable paddle return and extended paddle actuator, it can switch on and off a variety of electrical systems with just a preset force applied. Its working principle is based on a simple and efficient mechanism, ensuring reliable and consistent operation in harsh environments.

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