AZ35279

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Snap action, limit switches are a type of electrical switch designed to be used in place of a regular single-pole, single throw switch. They are basically designed to open or close a circuit when an external force is manually applied. The AZ35279 is an example of a snap action, limit switch.

The AZ35279 is a highly reliable, low-cost and low-profile limit switch. It is used in applications where reliability and space requirements are key design considerations. The switch is designed with a reinforced dielectric material that provides a good protection against moisture and dust, making it suitable for applications such as factory automation, industrial equipment, and various consumer products.

The AZ35279 is a special type of snap-action, limit switch that is ideal for applications that require the switch to detect the onset of mechanical shock, vibration, or rotational torque. This type of switch is often used in automated machinery and assembly lines for detecting when a product has reached a certain level within the machinery.

The AZ35279 switch operates on the principle of sensing a mechanical shock, vibration, or rotational torque and using a pivoting arm to make or break an electrical contact. When the switch is activated, the arm moves, resulting in a change in the electrical connection to the device. This type of switch is typically used in applications requiring low-current, low-voltage switching.

The AZ35279 also offers customers several different models with a range of features, including contact configurations and current or voltage ratings. It also offers a variety of actuation options, such as momentary and sustained action, as well as adjustable switch settings. These features make the switch an ideal choice for a range of applications.

The AZ35279 is a reliable and cost-effective snap-action, limit switch solution for a variety of applications. It offers a highly reliable and low-profile construction, making it suitable for applications that require both reliability and a smaller footprint. It has a number of features that make it an ideal choice for an array of uses, including momentary and sustained action, adjustable switch settings, and a range of contact configurations and current or voltage ratings.

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